Coupling multiagent systems and environmental data

J. Soulié, Sébastien Barbin, P. Marcenac
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Abstract

Nowadays, multiagent systems are very often used to run environmental simulations. These simulations need to use real environmental information. Unfortunately organizations (or companies), which can be everywhere in the world, very often hold these information. This fact has brought us to build a generic multiagent platform that is able to dynamically get distributed information throughout Internet. This platform can use two different network protocols: UDP and the RMI technology provided by Java. We explain in this paper how this platform is implemented and we give some benchmarks in order to compare the best solution for us between UDP and RMI. Finally, we applied this architecture to a case study: the shoal of swordfishes motion.
耦合多代理系统和环境数据
目前,多智能体系统经常用于运行环境模拟。这些模拟需要使用真实的环境信息。不幸的是,世界各地的组织(或公司)经常持有这些信息。这一事实促使我们建立一个通用的多智能体平台,该平台能够在整个Internet中动态地获取分布式信息。该平台可以使用两种不同的网络协议:UDP和Java提供的RMI技术。我们在本文中解释了这个平台是如何实现的,我们给出了一些基准,以便在UDP和RMI之间比较我们的最佳解决方案。最后,我们将这种架构应用到一个案例研究中:剑鱼鱼群的运动。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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